def render_text(template_name, extra_vars=None, cache_force=None):
''' Helper function to render a genshi NewTextTemplate without
having to pass the loader_class or method. '''
return render(template_name,
extra_vars=extra_vars,
cache_force=cache_force,
method='text',
loader_class=NewTextTemplate)
def render_text(template_name, extra_vars=None, cache_force=None):
''' Helper function to render a genshi NewTextTemplate without
having to pass the loader_class or method. '''
return render(template_name,
extra_vars=extra_vars,
cache_force=cache_force,
method='text',
loader_class=NewTextTemplate)
def render_snippet(template_name, **kw):
""" Helper function for rendering snippets. Rendered html has
comment tags added to show the template used. NOTE: unlike other
render functions this takes a list of keywords instead of a dict for
the extra template variables. """
# allow cache_force to be set in render function
cache_force = kw.pop("cache_force", None)
output = render(template_name, extra_vars=kw, cache_force=cache_force, renderer="snippet")
output = "\n<!-- Snippet %s start -->\n%s\n<!-- Snippet %s end -->\n" % (template_name, output, template_name)
return literal(output)
def render_snippet(template_name, **kw):
''' Helper function for rendering snippets. Rendered html has
comment tags added to show the template used. NOTE: unlike other
render functions this takes a list of keywords instead of a dict for
the extra template variables. '''
# allow cache_force to be set in render function
cache_force = kw.pop('cache_force', None)
output = render(template_name,
extra_vars=kw,
cache_force=cache_force,
renderer='snippet')
output = '\n<!-- Snippet %s start -->\n%s\n<!-- Snippet %s end -->\n' % (
template_name, output, template_name)
return literal(output)
def hello2():
return render("page2")
def root():
todos = Todo.all()
return render("home", todos=todos)
# Setting random seed
random.seed(configure.config["Random"]["randomseed"])
# Declaring global variables
framecount = 0
particles, agg = set(configure.starting_parts), set(configure.starting_agg)
startlog()
# Printing initial data to console
print("\rDotcount: {0}\tAggsize: {1}\tFramecount: {2:07d}\t".format(
len(particles), len(agg), 0),
end="")
# Taking a still of the starting conditions
still(particles, agg, "0")
# Check to see if it is supposed to animate, if so call the render func
if configure.animate:
render(particles, agg)
# If no animation, then start a while loop that calls the advance func
else:
snagframe = next(configure.frames_to_snag)
while not terminate_condition(framecount, agg):
particles, agg = advance(particles, agg, framecount)
framecount += 1
if framecount == snagframe:
still(particles, agg, str(framecount))
snagframe = next(configure.frames_to_snag)
endlog(particles, agg, framecount)
def index():
return render('index.html')
